3. Cable Geometry Characteristics The cable has a maximum tensile capacity of 20 k, determine the minimum sag permitted at C. The force in cable AB is maximum and assume the following: Reaction @A = 20k, AB = 20k, Ay = 6.27k, Ax = 19k 12' 20' 101 18' (3.66m) (6.1m) (3.05m) (5.49 m) ! B 3K 2K SAG hc = 12' (3.66m) (13.35kN) 7K (31.14 KN) (8.9 KN)

Situation 6: Z-axis Three tension cables as shown on the figure are acting on a vertical post to remain its position at E. If the tension in cable AC is 4 N, determine the tension developed in the other cable so that the resultant at A X-axis y-axis will be vertical. sourcowa eHeocom 1 m m 4 m D

2.41 Determine (a) the required tension in cable AC, knowing that the resultant of the three forces exerted at point C of boom BC must be directed along BC, (b) the corresponding magnitude of the resultant. A O B 65° 35° D 25° 50 lb 75 lb

Ex. Calculate tension in each segment of cable and vertical sag at B. 미 hs 2m- 3kN 2m 8KN -em* 2m

A cable ACB is carrying a 200 N/m distributed uniformly along the horizontal. The horizontal distance between the supports A and B is 193 m. Point C is the lowest point on the cable and the vertical distance between A and C is 12 m while between A and B is 20 m. Determine the tensions at the support and the total length of the cable.

Problem A For the cable system ABCDE loaded as shown below, determine (a) the magnitude of the vertical force P applied at D, (b) the vertical distance yc and (c) the tension in each cable segment. Assume that the weight of the cable is negligible. 9.5 m A 4 m 12.5 m В' 4 m 14 kN Ус C 4 m 6 kN 7.5 m D P 4 m 441

ACTIVITY 6 - Cable Analysis Analyze the loaded cables as shown. A H R A 4 6m 11m 7m 35° IT. 16 KN 20 KN 100 m 10 m 10 m 40 kg/m 40 m D 6m 4 10 kN/m R 2m 1m

Find: (a) Tension at AB (b) Tension at BC (c) Total Cable Length

What is the stress in Cable E for the beam? 20mm is the Diameter of cable E.

Problem 5.1 Coplanar Force Systems A ball is suspended using cables AB and AC, and a force is applied at A in a horizontal direction. The ball D has a mass of 35 kg. If a force of F 135 N is applied to the ring at A, you are required to: a) Determine the dimension d so that the force in cable AC is zero. 1.5 m d B -2 m STRINGER STRAKE CONNECTION SEAM SHELL OR NOUTENPLATING M STANCHON D TRAPE ma GE HEEL BOTTOM PLATING TRANSVERSE FRAME LOTION ITUDINAL STRAKE